-
materials. Through the combined development of tailored bio-based electrolytes, the study of their performance with state-of-the-art electrode chemistries, and investigation of electrode-electrolyte
-
and minerals, weather and climate, the evolution of life, natural disasters, wind power and energy, environmental and water engineering, and sustainable development. Our research combines natural
-
development. Our research combines natural sciences and technology with social sciences and is often interdisciplinary. More than 300 people from over 30 countries work at the department, both in Uppsala and at
-
group working on nuclear fuel performance, uncertainty quantification and advanced computational methods for nuclear engineering applications. The group combines physics-based fuel-performance codes with